KEGG T00964: Apre

Anaerococcus prevotii: Apre_1608

Entry

Apre_1608 CDS T00964

Definition

glycoside hydrolase family protein

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

apr Anaerococcus prevotii

Pathway

apr00052	Galactose metabolism
apr00511	Other glycan degradation
apr00600	Sphingolipid metabolism
apr01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:apr00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:apr00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:apr00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_N Glyco_hydro_2_C Glyco_hydro_2

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

complement(1749572..1752853)

AA seq 1093 aa
MKSKYYIEKIDTNQRRINLNKSWKFALGDIPGFYKNFFDDSSWDYIDLPHDYSIARPYSK
AGEAQSAYKLGGVGLYRKSFIIEDKKRAKLSFDGIYCDVEVFLNGRKLACHHHGYSPFLI
DITDFLYYDRENILAIKVDNPIPTSRWYSGSGIYRDVDLILTNDIAFDEVRIDDYGLEDK
KGEIDLEIRSFISNKSNVDEEIILEHKLIYKNILVERYKSEVFYIKAMGEMEVKDRFPIS
YPRLWSVDNPELYKIESLIKYKGKIIDKITSNYGFRYFTATSSRGFSLNGKSIKLKAVCL
HHDQGALGAADYYRAILRQVLLMKDMGANAIRITHNPGSKKLIDIANKEGILLIEEIFDG
WILDKNNNYKDYSRYFAQKIGENKLINATCDMTWGEFDLKETLRRDYNAPSIIAYSLGNE
ILCGTNQTRSKEYPSLARDLISWARELDQKRFLTIGDNSLRDGYDKNLVEIEEELTRSKG
LVGLNYCDGDKYDKIHKDHPNWILWQSESASSVNSRACYDRLGDDLREDMRLTSYDESKV
AWGNLAAEAWFDVINRDFVMGEAVWTVFDYLGEPTPYNGIERGAPYGFPAPRSSFFGIVD
TAGFPKDSYYLYRALWNEKDTTTHILPSWNAKELGDLAENVPIVVYTNAYAIELIFTDED
GNIKSLGKKYMEKVRTERGFSYKKVKGEDGPRSLYMTWHMPYEKGEISAISFDENGKIIR
NTVGRSKVKTPTEDTFIKLEAFYPSMGEKREGINFITIDLVDEDGNIKSSALDEISVEVS
ENAELLALDSGLQADFELFATDKKRAYGGRLLAIVKAKGPGPLKLKASGQNLRQTELTIP
VWGEFHKRNSLVYDKYLINSSPEDLNLEANKKITWKLIEKGKYHRSYVGDCESGPINTYV
LDIKGEMKLVDYEMGIFEEELPIFPKSLPLVDEEGQIYYHGKEISYDDFDEEKFRREGFV
RTRARLKLLGKNYKSSVSVRKLVERYRKDAYIEDFALEKRVSEDEIYFAYDTQQIFGEIE
IYPQGFFSDFRFFIGESENEGSFKEIRANKIVKDSSKTTFTFEKFPATFIKIIGDVRNIS
KVRLRSMKIKVEE

NT seq 3282 nt +upstreamnt +downstreamnt
atgaaaagtaaatattatatagaaaaaatagatactaatcaaagaagaatcaatcttaat
aagtcctggaaatttgctttaggagatattccaggattttacaagaacttcttcgacgat
tcttcctgggattatatagacctaccccacgattactcgatagctagaccttattctaag
gcgggagaggcccagtctgcctataagctcggaggagtggggctttacaggaaaagtttt
attatagaggataaaaagagagctaaactttcctttgatggaatctactgtgatgtagaa
gttttcttaaatggtaggaaattggcttgccaccaccatggatacagtccctttctaatc
gatatcactgatttcctttattatgatagggaaaatattttggctatcaaagttgataat
ccgattcctactagccgttggtattctggttctggaatttatagagatgtagatctcatc
cttacaaacgacatagcctttgatgaagttaggattgatgattatggtttagaagataag
aaaggagagatcgacctagaaatcaggtcttttatttcaaacaagagtaacgttgatgaa
gaaattatccttgaacataagcttatctacaagaatatattagttgaaagatataaatca
gaagtcttttacataaaagctatgggagagatggaagttaaggatagatttcctatttcc
tacccaaggctttggagtgtggataatcccgagctttacaagatagaatctcttataaaa
tacaagggaaaaataattgataaaattacgagtaactatggctttagatactttactgct
acatcttctagaggtttttccttaaatggaaagtccataaagttaaaggcagtctgcctc
caccacgatcagggggctcttggagcggccgattattatagggcaatccttaggcaagtt
ctgcttatgaaggatatgggagcaaatgcaataagaatcacccacaacccaggcagtaag
aagttaatcgatatagcaaacaaggagggcatcctccttatagaagaaatattcgatgga
tggattttggataagaataataattacaaggattattctaggtattttgcccaaaaaatt
ggagaaaataagctcataaatgcgacttgcgacatgacttggggagaatttgacttaaag
gagaccttaagaagagattataatgccccatcaatcatagcctactccttgggcaatgaa
attttgtgcgggactaaccagactaggagcaaggaatatcctagtcttgccagagatttg
ataagctgggcaagagagcttgaccagaaaagatttctaactataggggataattcccta
agagatggctacgataaaaacttagtcgagatcgaagaagaacttacaagatctaagggc
cttgtcggtcttaactattgcgatggggataaatatgataaaatccacaaagaccaccct
aactggattctctggcagtcagaatctgcttcatcagttaactctagggcttgttatgat
aggttgggagatgatctaagagaagatatgcgtcttacttcctatgatgaatccaaagtc
gcctggggaaatcttgcagcagaagcctggtttgatgtaataaaccgcgactttgtaatg
ggagaggctgtgtggacggtctttgattatctaggtgagccaactccctacaatggcata
gaaaggggagcaccctacggatttcctgctcctagatcttcctttttcggcatagttgat
acggcgggatttcccaaagattcctactatctctatagggccttgtggaatgaaaaggat
acaacaacccatattcttccttcctggaatgctaaagagctaggagacttggcggaaaat
gtaccgattgttgtttacactaatgcttatgctattgagttgatatttactgatgaagat
gggaatattaaatctttgggaaagaaatacatggagaaagttaggactgagagaggattt
agttacaagaaggtcaagggagaagatggtccgagatctctttatatgacttggcatatg
ccttatgaaaagggagagatctctgccatatcctttgatgaaaatggcaaaatcataaga
aatacggtaggaagatctaaggttaaaactcctactgaggatacttttataaagttagag
gccttttatccttctatgggagaaaaacgagagggaattaacttcattactatagacctt
gtagatgaagatgggaatatcaaatctagcgcattagatgaaatatcagtagaagtatca
gaaaacgcagagcttcttgccctggattcaggactacaggctgacttcgaactctttgcg
actgataagaaaagggcctatggaggaaggctccttgccatagttaaggcaaaaggtccc
ggtcctcttaagcttaaagcctctggccaaaatttaagacagacagagcttacaatccct
gtttggggagaatttcacaaaagaaatagtctagtttatgataagtatctgataaattct
tcgcccgaagatcttaatcttgaagccaataagaaaattacatggaagctaatagaaaaa
ggtaagtatcataggagctatgtgggagattgtgagagcggaccgatcaatacctacgtc
ctagatataaagggagagatgaagctagtagattatgaaatgggaattttcgaagaagag
ctaccaatctttcctaaatcccttcccctagtagatgaggaaggacaaatctattatcat
ggcaaggagataagctatgatgattttgatgaggaaaaatttaggagagagggttttgta
agaactagggcaaggcttaaactcctagggaaaaattataaatcttctgttagtgtaaga
aagctagtagaaagatacaggaaagatgcctacatagaggatttcgccctagaaaaaagg
gttagtgaagatgagatatactttgcctacgatacccagcagatttttggagaaattgag
atctatccgcaaggatttttttctgattttagatttttcataggagaaagtgagaatgaa
ggaagcttcaaggagattagggctaataagatagtaaaagattcttctaagactactttt
accttcgagaaatttcctgcaacatttatcaaaattataggcgatgtaagaaatattagc
aaagtaagacttaggtctatgaagattaaagtggaagaatag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-APR (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (32)   

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